NANOUSB3_ORION_2K_LC

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Nanousb3_orion_2k_lc is an evaluation board for a high-precision low-current digital linear hall sensor made by nanotec motors that combines a digital linear hall sensor with various signal processing functions into one compact package. It can measure angles up to ±210° with a linearity of ±18° across a range of 10-100 mV. The board features signal conditioning, filtering, calibration, and gain control all integrated into the same board.

The Nanousb3_orion_2k_lc evaluation board is specifically designed for applications requiring high-precision sensing of small angles. It is commonly used in servo motor, robotic arm, and other position-sensing applications. The board is also useful for medical, manufacturing, and engineering applications that use linear displacement or angular measurement.

The working principle of the Nanousb3_orion_2k_lc is based on the physical principle of magnetic force. The board has two built-in hall sensors, one on the top and other on the bottom which are perfectly aligned. When the system is placed in a magnetic field, it produces a tangential force on the two-axis hall sensors which can be measured in the form of a voltage. This voltage is converted into a linear voltage that is proportional to the angle of the magnetic field.

The board features a number of signal conditioning features such as zero point calibration, signal filtering, and gain control. The calibration setting is used to set a reference voltage when the board is at zero degrees. A signal crossover filter removes high frequency noise from the signal and a gain control setting amplifies the signal for a higher precision and greater range. The gain control setting allows for the board to be adapted for use in different magnetic field strengths.

The Nanousb3_orion_2k_lc evaluation board is an ideal choice for applications requiring small angles of electromagnetic field measurement with high accuracy. It is a cost-effective, easy to use solution for various positions applications particularly in servo motor, robotic arm, and medical field. The board is also suitable for manufacturing, engineering, and sensing applications that require linear displacement or angular measurement.

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